Sheng Wasaki Tsubota 2022

Sheng et al. (2022)

• Sheng, Z.-P., Wasaki, J. & Tsubota, H. 2022. A preliminary study on the influence of invasive plant through allelopathy: effects of Chinese tallow tree, Triadica sebifera (Euphorbiaceae), on its rhizosphere microbial community in Miyajima Island, SW Japan. Hikobia 18: 199-220.

ノート

• ナンキンハゼの根圏のバクテリア相について次世代シーケンサーのデータにもとづいて報告した．

Supplementary data

The files of Supplementary Data 1-3 of Sheng et al. (2022)

• Sheng, Z.-P., Wasaki, J. & Tsubota, H. 2022. A preliminary study on the influence of invasive plant through allelopathy: effects of Chinese tallow tree, Triadica sebifera (Euphorbiaceae), on its rhizosphere microbial community in Miyajima Island, SW Japan. Hikobia 18: 199-220.
  • Supplementary data. The files of Supplementary Data 1-3 can be downloadable via the web link https://www.digital-museum.hiroshima-u.ac.jp/~main/index.php/Supplementary_data.
    • ファイル:Appendix5 Supplementary data 1 Sheng et al 2022 Hikobia.xls
      • Appendix 5. Supplementary data 1: the relative abundance with log-transformation of OTUs between M (N = 3) and S (N = 3) groups. M responds to the native site (Murohama); S responds to the invasive site (Shobunjo).
    • ファイル:Appendix6 Supplementary data 2 Sheng et al 2022 Hikobia.xls
      • Appendix 6. Supplementary data 2: all predicted bacterial metabolic pathways between M (N = 3) and S (N = 3) groups. M responds to the native site (Murohama); S responds to the invasive site (Shobunjo).
    • ファイル:Appendix7 Supplementary data 3 Sheng et al 2022 Hikobia.xls
      • Appendix 7. Supplementary data 3: the two predicted potential degradation of allelopathic compounds pathway, as well as associated bacterial groups between M (N = 3) and S (N = 3) groups. M responds to the native site (Murohama); S responds to the invasive site (Shobunjo).